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Microfluidic platforms capable of complex on-chip processing and liquid handling enable a wide variety of sensing, cellular, and material-related applications across a spectrum of disciplines in engineering and biology. However, there is a general lack of available microscale sensors capable of non-optically monitoring and quantifying on-chip fluid motion. Hence, many microfluidic systems are confined...
Traditional particle‐based dielectrophoresis has been exploited to manipulate bubbles, particles, biomolecules, and cells. In this work, we investigate analytically and experimentally how to utilize Maxwell–Wagner polarization to initiate fluidic dielectrophoresis (fDEP) at electrically polarizable aqueous liquid–liquid interfaces. In fDEP, an AC electric field is applied across a liquid electrical...
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